201242208 六、發明說明： 【發明所屬之技術領域】 [0001] 本發明涉及一種充電座，尤其是一種可旋轉角度的充電 座。 【先前技術·】 [0002] 目前，存在多種類型的掌上型電子裝置，例如，平板電 腦、電子書、手機、媒體播放機（例如，音樂播放機或 者視頻播放機）等。大小和形狀通常取決於外形因素， 這些外形因素包括但不限於易用性、人機工程學、美學 特性以及電子裝置内部或者外部元件的尺寸。雖然不同 的製造商可能生產具有不同形狀和大小的相同類型的掌 上型電子裝置，但是一個特定的製造商也可能製造相同 類型掌上型電子裝置的不同款型，這些不同的款型具有 不同的形狀和大小。 [0003] 然而，充電座為掌上型電子裝置提供了連接到電源的介 面，以為掌上型電子裝置供電或者充電。在大多數情況 下，充電座包括插槽及固定座，掌上型電子裝置放置於 固定座上，並透過插槽收容掌上型電子裝置。插槽和固 定座配置有與掌上型電子裝置的大小和形狀相符的大小 和形狀，這樣，掌上型電子裝置就可以緊密地安置在插 槽内。因此，充電座通常專用於特定的掌上型電子裝置 並且在充電狀態下只能是某一種固定的放置方式，其他 裝置不能使用該充電座，而且，使用者不能根據自身喜 好調節掌上型電子裝置的充電角度。對於擁有多個不同 款型掌上型電子裝置的使用者而言，就必須使用多個充 100111740 表單編號A0101 第4頁/共29頁 1002019645-0 201242208 [0004] [0005] Ο [0006]201242208 VI. Description of the Invention: [Technical Field of the Invention] [0001] The present invention relates to a charging stand, and more particularly to a charging stand having a rotatable angle. [Prior Art] [0002] Currently, there are various types of palm-type electronic devices such as a tablet computer, an electronic book, a mobile phone, a media player (e.g., a music player or a video player), and the like. Size and shape typically depend on form factors including, but not limited to, ease of use, ergonomics, aesthetics, and dimensions of internal or external components of the electronic device. While different manufacturers may produce the same type of handheld electronic device of different shapes and sizes, a particular manufacturer may also make different models of the same type of handheld electronic device, these different models having different shapes And size. [0003] However, the charging stand provides a connection to the power supply for the palm-sized electronic device to power or charge the handheld electronic device. In most cases, the cradle includes a slot and a mount, and the palm-sized electronic device is placed on the mount and receives the palm-sized electronic device through the slot. The slots and mounts are sized and shaped to match the size and shape of the handheld electronics so that the handheld electronics can be placed tightly in the slots. Therefore, the charging stand is usually dedicated to a specific handheld electronic device and can only be a certain fixed placement mode in a charging state, and the charging device cannot be used by other devices, and the user cannot adjust the handheld electronic device according to his or her preference. Charging angle. For users with multiple different models of handheld electronic devices, it is necessary to use multiple chargers. 100111740 Form No. A0101 Page 4 of 29 1002019645-0 201242208 [0004] [0005] Ο [0006]
[0007] 100111740 電座，其中每一個充電座適用於其中一個裝置，這將產 生混亂也會使用戶感到困惑，對用戶的使用造成不便。 為此，需提供一種充電座，可適用於不同款型的掌上型 電子裝置，並且可依據使用者喜好調節掌上型電子裝置 的充電角度。 【發明内容】 有鑑於此，需提供一種充電座，特別是一種可旋轉電子 裝置充電角度的充電座，以使用於不同款型的電子裝置 〇 本發明一種實施方式中的可旋轉角度的充電座，設有電 源輸入端，以用於為掌上型電子裝置供電或者充電。該 充電座包括座體、旋轉部及調節部。座體設有收容槽。 旋轉部容置於該收容槽内以用於支撐該電子裝置，該旋 轉部包括第一轉軸以枢接於該座體。調節部固定安裝於 該座體内並包括馬達及兩齒輪，該馬達凸設有第二轉軸 ，該齒輪相互嚙合分別連接於該第一轉軸及該第二轉軸 ，該馬達驅動該齒輪之一者轉動，並透過該兩齒輪之間 的嚙合以驅動該旋轉部轉動。 優選地，該充電座包括電路板，該電路板固定安裝於該 座體内並電性連接於該調節部及該電源輸出端，該座體 包括面板及沿該面板周邊折彎延伸的第一側壁，該面板 與該第一侧壁共同形成收容空間，以收容該調節部及該 電路板。 優選地，該座體包括電源按鈕及調節按鈕，該面板設有 表單編號Α0101 第5頁/共29頁 1002019645-0 [0008] 201242208 第一收容孔及第二收容孔，該電源按鈕收容於該第一收 容孔中並電性連接於該電路板，以控制該充電座的電源 開啟與閉合，該調節按鈕收容於該第二收容孔中並電性 連接於該電路板，以調節該電子裝置的充電角度。 [0009] 優選地，該座體包括一對第二側壁及一對第三側壁，該 第二侧壁垂直連接於該第三側壁之間，該第二側壁與該 第三側壁該環繞區域被掏空，並共同形成該收容槽，該 收容槽貫通該面板以容置該旋轉部。 [0010] 優選地，該第二侧壁設有卡配槽，該第一轉軸與該卡配 槽配合以使該旋轉部轉動連接於該座體。 [0011] 優選地，該旋轉體設有一具有底部的凹槽，該凹槽用於 容置該電子裝置，該底部設有電源輸出端以電性連接該 電子裝置。 [0012] 優選地，該旋轉體設有一對定位柱，該對定位柱凸出於 該底部以使該電子裝置固定連接於該旋轉部。 [0013] 優選地，該充電座包括支撐座以放置該電子裝置，該旋 轉部設有凹槽以容置該支撐座，以使該支撐座固定安裝 於該旋轉部。 [0014] 優選地，該凹槽具有底部，該底部設有一對定位孔，該 支撐座包括底座，該底座於凸設一對固定柱以與該定位 孔配合以使該支撐座固定安裝於該凹槽中。 [0015] 優選地，該支撐座包括倚靠板及吸盤，該倚靠板沿該底 座之遠離該固定柱的一側延伸，該倚靠板設有導引孔用 100111740 表單編號A0101 第6頁/共29頁 1002019645-0 201242208 [0016] [0017] Ο ο [0018] [0019] 100111740 於以與該吸盤配合，其中，當該電子產品放置於該底座 並倚靠於該倚靠板時，透過該吸盤的吸附作用將該電子 敦置牢固地抵靠於該倚靠板上。 優選地，該殼體設有收容口，該充電座包括電源輸出端 ，該電源輸出端穿過該收容口嵌合於殼體並電性連接於 電路板，透過該電源輸出端與該電子裝置配合以對該電 子裝置充電。 相較於現有技術，本發明的可旋轉角度的充電座，採用 兩齒輪分別連接於充電座之旋轉部及馬達，透過馬達驅 動其中一齒輪轉動，以及透過兩齒輪之間的嚙合以驅動 旋轉部轉動，而且，旋轉部設有凹槽以固定放置電子装 置’使電子裝置可與旋轉部一起轉動，這樣就可調節電 子裝置的充電角度。此外，本發明採用支撐座固定安裝 於旋轉部的凹槽中，並可將不同款型的電子裝置固定放 置於該支撐座上，同樣地，透過馬達帶動旋轉部轉動， 以使電子裝置隨旋轉部一起轉動。 【實施方式】 請參閱圖1，充電座100設有電源輸入端70，用於為掌上 型電子裝置90，例如：平板電腦、電子書、手機、媒體 播放機等供電或者充電。 5月參閱圖1及圖2 ’充電座100包括座體10、旋轉部20、 調1 °Ρ3()及電路板40。旋轉部20框接於座體10以收納並 。調節部⑽固定安裝於座體並與旋 轉P2〇配。以▼動旋轉部20轉動。電路板40固定安裝於 座體1 0内並電性造姑 表單編號麵 連f於調節部30及電源輸出端50A。 第7頁/共29頁 1002019645-0 201242208 [0020] 請參閱圖3，座體10包括殼體11、底蓋12、電源按鈕13 及調節按紐14。請參閱圖4，殼體11與旋轉部20配合，底 蓋12固定安裝於該殼體11之遠離該旋轉部2〇的一側，電 源按鈕13及調節按鈕14穿過殼體11電性連接於電路板4〇 〇 [0021 ]殼體11包括面板111及沿面板111周邊折彎延伸的第一侧 壁11 0，面板111及第一側壁11 〇共同形成一收容空間112 ，以收容調節部30及該電路板40。面板ill之橫斷面呈u 型’即中間為平面以及兩側為具有一定角度的傾斜面， 這樣，收容空間112亦呈U型。在本實施方式中，調節部 30安裝於面板111之平面部分，電源按鈕13、調節按鈕 14以及電路板4〇安裝於面板in之傾斜面部分，從而使充 電座100結構緊湊，並具操作方便之功能。 _]第一側壁110設有貫穿孔1104，電源輸入端7〇透過電源 線穿過貫穿孔1104以電性連接至電路板4〇。 [0023]面板111包括第一表面111〇及與第一表面⑴料目對的第 二表面1112第一表面1110為殼體丨〗的内表面，第二表面 1112為殼體11的外表面。面板η!設有穿過第一表面 1110和第二表面lu2的第一收容孔ln3及第二收容孔 1114。電源按鈕13收容於第一收容孔Ul3中並電性連接 於電路板40 ’且該電源独13部分突出於第二表面⑴2 ’便於用戶按壓以控制該充電座⑽的電源開啟與閉合。 調節肋1後容於第二收容孔lu钟並電性連接於轉 板40 ’且該調節按紐14部分突出於第二表面1112，便於 用戶按壓以調節旋轉部20的肖度從*調整電子裝置 100111740 表單編號 A0101 ^ on ^ 1002019645-0 201242208 [0024] Ο [0025] ο [0026] [0027] 充電傾斜角度。調節按鈕14上設有上下箭頭，例如，“ Γ’ ‘‘厂’，以便用户使用操作。 面板111設有複數凸柱1115凸出於第一表面111〇並朝向 收容空間112内延伸，凸柱1115之遠離第一表面111〇的 一端設有第一安裝孔1116，以將電路板4〇及底蓋12固定 連接於殼體11。底蓋12蓋設於收容空間112之遠離第二表 面1112的一側，設有複數第二安裝孔124，藉由第一螺絲 128穿過第二安裝孔124鎖緊於第一安裝孔1116内以將底 蓋12固定連接於殼體π。 殼體11還包括一對第二侧壁114及一對第三侧壁us，該 第二侧壁114垂直連接於該對第三侧壁115之間，該第二 側壁114與該第三側壁115所環繞區域被掏空，並共同形 成一貫通面板111的收容槽116，以容置旋轉部20。第二 侧壁114不但沿第一表面1 π 0朝收容空間112内垂直延伸 ’而且還沿第二表面1112朝遠離殼體11方向垂直延伸呈 近似半圓形，第三側壁115只沿第一表面111〇朝收容空間 112内垂直延伸’在收容空間11 2内部，第三側壁丨丨5略 高於第二侧壁114以便於安裝及使用旋轉部20。 在本實施方式中，凸柱1115設於第三側壁115及第一側壁 110之間以使電路板40安裝於第三側壁115及第一側壁 110之間，以節省安裝空間。 殼體11還包括安裝部117以固定安裝調節部3〇，安裝部 117凸設於面板in之第二表面m2，並透過加強壁1172 連接於第二側壁114及第一側壁11〇之間。 100111740 表單編號Α0101 第9頁/共29頁 1002019645-0 201242208 [0〇28]在本實施方式中，第一側壁no、面板1U、第二側壁 H4、第三側壁ι〗5、凸柱π 15及安裝部117 —體成型製 成。 [0029]請參閱圖5，旋轉部20容置於座體1〇之收容槽116内，包 括旋轉體24及位於旋轉體24兩側的側部22。旋轉體24為 大致空心半圓柱狀，側部22呈半圓狀並與第二侧壁114相 對應，這樣，旋轉體24及侧部22圍成一具有開口的收容 腔23，安裝時，收容腔23之開口方向與收容空間112之開 口方向相同。殼體11之第二側壁114設有卡配槽1145， 卡配槽114 5為半圓形且開口方向與收容空間112的開口方 向相同，側部22凸設有第一轉轴26，第一轉軸26凸設於 侧部22的外側並遠離第三侧壁115的一側延伸，將第一轉 軸26卡設於卡配槽1145中並使收容腔23之開口方向與收 容空間112的開口方向相同，以使該旋轉體24拱出於該殼 體11之弟一表面1112，而且，側部22與第二側壁114於 遠離第二表面1112的一侧相齊平。使用時，側部22受第 二側壁114的抵擋，使該旋轉部2〇不具備沿第三侧壁115 方向移動的傾向，而且透過第一轉轴26安裝於卡配槽 1145内，使旋轉部20只能相對於座體1〇轉動。 [0030]旋轉體24之中心位置設有具有底部251的凹槽25，凹槽 25之開口方向與收容腔23之開口方向相背離。在本實施 方式中，凹槽25用於容置電子裝置9〇 ’即將電子裝置9〇 的一端插入凹槽25内以對電子裝置90進行充電。凹槽25 之底部251設有一電源輸出端5〇a及一對定位柱ug ,該 對疋位柱2 5 9位於電源輸出端5 〇 A的兩側，電源輸出端 100111740 表單編號A0101 第10頁/共29頁 1002019645-0 201242208 50A為充電座loo的輪 輸出鸲，用於與電子裝置90雷性捸;& 以對電子裝置90進妓電。當座 ^^生連接 源按鈕13，便可對$ 1 電源並按下電 中，電奸中 進行充電。在本實施方式 底邛251以收〜认 约出"面。该疋位杈259凸出於 ==子裝置9〇之固定孔95 (見圖6”， 子裝置9〇穩固地放置於凹槽25内而使電子裝置9〇 固定連接於旋轉部2n p上 尺电于褒置90 WQn ，即，S旋轉部2〇發生轉動時，電 子裝置90可隨旋轉部2()_動而轉動。[0007] 100111740 electric seat, in which each charging stand is suitable for one of the devices, which will cause confusion and confusion for the user, which is inconvenient for the user's use. To this end, it is necessary to provide a charging stand that can be applied to different types of handheld electronic devices, and can adjust the charging angle of the handheld electronic device according to the user's preference. SUMMARY OF THE INVENTION In view of the above, it is desirable to provide a charging stand, particularly a charging stand for a charging angle of a rotatable electronic device, for use in different types of electronic devices, and a rotatable angle charging stand in an embodiment of the present invention. A power input is provided for powering or charging the handheld electronic device. The charging stand includes a seat body, a rotating portion and an adjusting portion. The seat body is provided with a receiving groove. The rotating portion is received in the receiving groove for supporting the electronic device, and the rotating portion includes a first rotating shaft to be pivotally connected to the base. The adjusting portion is fixedly mounted in the housing and includes a motor and two gears. The motor protrudes from a second rotating shaft. The gears are meshed with each other and coupled to the first rotating shaft and the second rotating shaft. The motor drives one of the gears. Rotating and transmitting through the engagement between the two gears to drive the rotating portion to rotate. Preferably, the charging stand includes a circuit board fixedly mounted in the housing and electrically connected to the adjusting portion and the power output end, the base body comprising a panel and a first extending along the periphery of the panel The side wall, the panel and the first side wall together form a receiving space for receiving the adjusting portion and the circuit board. Preferably, the base body comprises a power button and an adjustment button, and the panel is provided with a form number Α0101, a fifth page, a total of 29 pages, 1002019645-0 [0008] 201242208, a first receiving hole and a second receiving hole, wherein the power button is received in the The first receiving hole is electrically connected to the circuit board to control the power supply opening and closing of the charging stand. The adjusting button is received in the second receiving hole and electrically connected to the circuit board to adjust the electronic device. The charging angle. [0009] Preferably, the base body includes a pair of second side walls and a pair of third side walls, the second side wall is vertically connected between the third side walls, and the second side wall and the third side wall are surrounded by the The vacant space is formed together to form the receiving groove, and the receiving groove penetrates the panel to accommodate the rotating portion. [0010] Preferably, the second side wall is provided with a matching groove, and the first rotating shaft cooperates with the engaging groove to rotate the rotating portion to the seat. [0011] Preferably, the rotating body is provided with a groove having a bottom for receiving the electronic device, and the bottom is provided with a power output end for electrically connecting the electronic device. [0012] Preferably, the rotating body is provided with a pair of positioning posts protruding from the bottom to fix the electronic device to the rotating portion. [0013] Preferably, the charging stand includes a support base for placing the electronic device, and the rotating portion is provided with a recess to receive the support base to fix the support base to the rotating portion. [0014] Preferably, the recess has a bottom portion, and the bottom portion is provided with a pair of positioning holes, the support base includes a base, and the base protrudes with a pair of fixing posts to cooperate with the positioning holes to fix the support base to the In the groove. [0015] Preferably, the support base comprises a leaning board and a suction cup extending along a side of the base away from the fixing post, the leaning board is provided with a guiding hole for use 100111740 Form No. A0101 Page 6 of 29 Page 1002019645-0 201242208 [0017] [0019] 100111740 is for cooperating with the suction cup, wherein when the electronic product is placed on the base and leans against the leaning plate, the suction through the suction cup The effect is to firmly hold the electronic device against the leaning plate. Preferably, the housing is provided with a receiving port, and the charging base includes a power output end, the power output end is inserted into the housing through the receiving opening and electrically connected to the circuit board, and the power output end and the electronic device are Cooperate to charge the electronic device. Compared with the prior art, the rotatable angle charging base of the present invention is respectively connected to the rotating portion of the charging base and the motor by two gears, drives one of the gears to rotate through the motor, and transmits the rotating portion through the meshing between the two gears. Rotating, and the rotating portion is provided with a groove for fixing the electronic device 'to make the electronic device rotate together with the rotating portion, so that the charging angle of the electronic device can be adjusted. In addition, the present invention adopts a support base fixedly mounted in the groove of the rotating portion, and can fix and hold different types of electronic devices on the support base, and similarly, the rotating portion is rotated by the motor to rotate the electronic device. The parts rotate together. [Embodiment] Referring to Fig. 1, a charging base 100 is provided with a power input terminal 70 for powering or charging a palm-sized electronic device 90, such as a tablet computer, an e-book, a mobile phone, a media player, or the like. Referring to Figures 1 and 2, the charging stand 100 includes a base 10, a rotating portion 20, a 1° Ρ 3 (), and a circuit board 40. The rotating portion 20 is framed to the base 10 for storage. The adjusting portion (10) is fixedly mounted to the base body and coupled to the rotating P2. The rotating portion 20 is rotated by the ▼. The circuit board 40 is fixedly mounted in the base 10 and electrically connected to the adjustment unit 30 and the power output terminal 50A. Page 7 of 29 1002019645-0 201242208 [0020] Referring to FIG. 3, the base 10 includes a housing 11, a bottom cover 12, a power button 13, and an adjustment button 14. Referring to FIG. 4 , the housing 11 is coupled to the rotating portion 20 , and the bottom cover 12 is fixedly mounted on a side of the housing 11 away from the rotating portion 2 , and the power button 13 and the adjusting button 14 are electrically connected through the housing 11 . The housing 11 includes a panel 111 and a first sidewall 110 that is bent and extended along the periphery of the panel 111. The panel 111 and the first sidewall 11 〇 together form a receiving space 112 for receiving the adjusting portion. 30 and the circuit board 40. The cross-section of the panel ill is u-shaped, that is, the plane is in the middle and the sides are inclined surfaces having a certain angle. Thus, the receiving space 112 is also U-shaped. In the embodiment, the adjusting portion 30 is mounted on the plane portion of the panel 111, and the power button 13, the adjusting button 14, and the circuit board 4 are mounted on the inclined surface portion of the panel in, so that the charging stand 100 is compact and easy to operate. The function. The first side wall 110 is provided with a through hole 1104 through which the power input terminal 7 is electrically connected to the circuit board 4 through the power supply line. The panel 111 includes a first surface 111A and an inner surface of the second surface 1112 of the first surface (1) which is the outer surface of the housing 11. The second surface 1112 is the outer surface of the housing 11. The panel η! is provided with a first receiving hole ln3 and a second receiving hole 1114 which pass through the first surface 1110 and the second surface lu2. The power button 13 is received in the first receiving hole U13 and electrically connected to the circuit board 40' and the power source 13 portion protrudes from the second surface (1) 2' to facilitate pressing by the user to control the powering on and closing of the charging stand (10). The adjusting rib 1 is received in the second receiving hole lu clock and electrically connected to the rotating plate 40 ′ and the adjusting button 14 protrudes from the second surface 1112 , so that the user can press to adjust the curvature of the rotating portion 20 to adjust the electronic Apparatus 100111740 Form No. A0101 ^ on ^ 1002019645-0 201242208 [0024] 0026 [0026] [0027] Charging angle. The adjustment button 14 is provided with an up and down arrow, for example, "Γ' ''厂', for the user to use the operation. The panel 111 is provided with a plurality of protrusions 1115 protruding from the first surface 111〇 and extending toward the receiving space 112, the column A first mounting hole 1116 is defined in the end of the first surface 1111 away from the first surface 111 to fix the circuit board 4 and the bottom cover 12 to the housing 11. The bottom cover 12 is disposed on the receiving space 112 away from the second surface 1112. On one side, a plurality of second mounting holes 124 are provided, and the first screw 128 is locked in the first mounting hole 1116 through the second mounting hole 124 to fix the bottom cover 12 to the housing π. The second sidewall 114 is vertically connected between the pair of third sidewalls 115, and the second sidewall 114 is surrounded by the third sidewall 115. The area is hollowed out and together form a receiving groove 116 penetrating through the panel 111 to accommodate the rotating portion 20. The second side wall 114 extends not only along the first surface 1 π 0 toward the inside of the receiving space 112 but also along the second The surface 1112 extends perpendicularly away from the housing 11 to have an approximately semi-circular shape, and the third sidewall 115 Along the first surface 111 垂直 extends vertically into the accommodating space 112 ′ inside the accommodating space 11 2 , the third side wall 丨丨 5 is slightly higher than the second side wall 114 to facilitate installation and use of the rotating portion 20 . In the present embodiment, The pillar 1115 is disposed between the third sidewall 115 and the first sidewall 110 to mount the circuit board 40 between the third sidewall 115 and the first sidewall 110 to save installation space. The housing 11 further includes a mounting portion 117 for fixing The mounting portion 117 is mounted on the second surface m2 of the panel in and is connected between the second side wall 114 and the first side wall 11 through the reinforcing wall 1172. 100111740 Form No. 1010101 Page 9 of 29 Page 1002019645-0 201242208 [0〇28] In the present embodiment, the first side wall no, the panel 1U, the second side wall H4, the third side wall ι 5, the stud π 15 and the mounting portion 117 are integrally formed. Referring to FIG. 5, the rotating portion 20 is received in the receiving groove 116 of the base body 1 , and includes a rotating body 24 and side portions 22 on both sides of the rotating body 24. The rotating body 24 is substantially hollow and semi-cylindrical. The side portion 22 is semicircular and corresponds to the second side wall 114, such that the rotating body 24 and The side portion 22 defines a receiving cavity 23 having an opening. The opening direction of the receiving cavity 23 is the same as the opening direction of the receiving space 112. The second side wall 114 of the housing 11 is provided with a matching groove 1145, and the matching groove 114 5 is semi-circular and the opening direction is the same as the opening direction of the accommodating space 112. The side portion 22 is convexly provided with a first rotating shaft 26, and the first rotating shaft 26 is protruded from the outer side of the side portion 22 and away from the third side wall 115. The first rotating shaft 26 is disposed in the engaging groove 1145, and the opening direction of the receiving cavity 23 is the same as the opening direction of the receiving space 112, so that the rotating body 24 is arched out of the surface of the housing 11. 1112, and further, the side portion 22 is flush with the second side wall 114 on a side away from the second surface 1112. In use, the side portion 22 is resisted by the second side wall 114, so that the rotating portion 2 does not have a tendency to move in the direction of the third side wall 115, and is mounted in the engaging groove 1145 through the first rotating shaft 26 to rotate The portion 20 can only be rotated relative to the seat 1 . The center of the rotating body 24 is provided with a recess 25 having a bottom portion 251, and the opening direction of the recess 25 is away from the opening direction of the receiving cavity 23. In the present embodiment, the recess 25 is for accommodating the electronic device 9'', that is, one end of the electronic device 9A is inserted into the recess 25 to charge the electronic device 90. The bottom portion 251 of the recess 25 is provided with a power output end 5〇a and a pair of positioning posts ug. The pair of clamp posts 259 are located on both sides of the power output end 5 〇A, and the power output end 100111740 Form No. A0101 Page 10 / Total 29 pages 1002019645-0 201242208 50A is the wheel output port of the charging stand loo, used for lightning strike with the electronic device 90; & to power the electronic device 90. When the source button 13 is connected, the power of $ 1 can be charged and the battery is charged. In the present embodiment, the bottom 邛 251 is received and recognized. The clamping position 259 protrudes from the fixing hole 95 of the sub-device 9〇 (see FIG. 6), and the sub-device 9 is firmly placed in the recess 25 to fix the electronic device 9〇 to the rotating portion 2n p The ruler is placed at 90 WQn, that is, when the S rotating portion 2 turns, the electronic device 90 can rotate with the rotating portion 2 ().
[0031] 如圖3所示，調節部30安裝於收容空間112内並為旋轉部 2〇k供轉動動力’包括馬賴及㈣能。透過固定座 324將馬達32固定連接於殼體11之安裝部117，以使馬達 32運轉穩I馬達32的—側凸設有第二轉轴您，安裝時 ’第二轉轴322朝向第二側壁114並鄰近卡配槽1145，馬 達32的另一侧透過電線36電性連接於電路板4〇以驅動馬As shown in FIG. 3, the adjustment portion 30 is mounted in the accommodating space 112 and provides rotational power for the rotating portion 2'k' including Malay and (4) energy. The motor 32 is fixedly coupled to the mounting portion 117 of the housing 11 through the fixing base 324 to operate the motor 32. The second motor shaft 32 is convexly disposed on the side of the motor 32. When the second shaft 322 is facing the second The side wall 114 is adjacent to the card matching slot 1145, and the other side of the motor 32 is electrically connected to the circuit board 4 through the electric wire 36 to drive the horse.
達32轉動。各齒輪34之中心處設有齒輪孔342，將兩齒輪 34之齒輪孔342分別套設於旋轉部20之第—轉軸26及馬 達32的第二轉轴322，以使該對齒輪34相互喃合並轉動連 接於旋轉部20及馬達32。使用時，該馬達32驅動該齒輪 34之·~~者轉動’並透過該兩齒輪34之間的喷合作用，以 驅動旋轉部20轉動，從而帶動電子裝置90轉動以調節電 子裝置90的充電角度。 [0032] 電路板40固定安裝於殼體11之收容空間112中，包括第一 電路板42、第二電路板44及第三電路板48。第一電路板 42設有複數第三安裝孔420 ’第二螺絲424穿過第三安裝 孔420並鎖固於第一安裝孔1116以將第一電路板42固定 100111740 表單編號A0101 第11頁/共29頁 1002019645-0 201242208 安裝於殼體η之第-側壁110與第三側壁ιΐ5之間的區域 。第二電路板44設有複數第三安裝孔440，第三螺絲445 穿過第三安裝孔440並鎖固於第—安裝孔1116以將第二電 路板44固定安裝於殼體11之第-側壁11〇與第三側壁115 之間的區域。第三電路板48固定安裝於旋轉部2q之底部 25!並位於背較位柱咖的—側，以與電源輸出端心 電性連接。 酬電源輸人端70電性連接於第二電路⑽以為充電座⑽供 電。馬達32透過電線36紐連接於第二f路㈣以獲得 «4心__部2()轉動。排線46電性連接於第、 電路板42與第—電路板44之間，電源按紐13及調節按 紐14分別電性連接於第二電路板44，透過按壓電源按鈕 13啟動或者關閉充電座1〇〇，透過減調節按紐Η調節電 子裝置90的充電角度。第三電路板48電性連接於第一電 路板42，透過電源輪出端50A及輸入口 92的對接，以對電 子裝置90進行充電。 [0034] 以下對充電座100的安裝進行詳細說明^ [0035] 首先’將旋轉部20收容於座體1〇之收容槽116中並將第 -轉軸26卡設於卡配槽1145中以使收容胺^之開口方向 與收容空間112的開口方向相同以及該旋轉體㈣出於該 殼體11之第二表面！112。透過固定座％將馬達Μ固定 安裝於殼體11之安裝部117上以使第二轉耗奶朝向卡配 槽1145 ’將一齒輪34套設於第_轉軸26上，同時，將另 一齒輪34套設於第二轉轴322上以使兩齒輪34喷合。將第 三電路板48固定安裂於旋轉部20之底邹如之背離定位柱 100111740 表單'祕麵1第心共29頁 麵懸_〇 201242208 259的-側’以電性連接於電源輸出端5()a。將馬達犯引 出的電線36電性連接至第二電路祕，將電源輸入端7〇 透過電源線穿過貫穿孔11〇4以電性連接於第二電路⑽ ，並藉由第三螺絲445穿過第三安裝孔440並鎖固於第一 安裝孔1116以將第二電路板44固定安裝於殼體11之收容 空間112内。然後’將《独13嵌人第-收容孔1113 中以電性連接於第—電路板42，將調節按紐咐入第二 收容孔1114中以電性連接於第—電路板42，藉由第二螺 〇 絲424穿過第三安敦孔·並鎖固於第-安裝孔1116以將 第一電路板42固定安裝於殼體11之收容空間112内，藉由 排線46電性連接第一電路板42及第二電路板44，藉由電 線電性連接第三電路板48及第-電路板42。將底蓋12蓋 设於收谷空間112的開口處，並藉由第-螺絲128穿過第 一女裝孔124並鎖固於第一安裝孔1116以將底蓋a固定 安裝於殼體11上，從而完成充電座100的安裝。 [0036]以下對充電座1GG的使㈣程進料細說明。 〇 剛使用時，將電子裝置9〇插入凹槽25中以使定位柱259收容 於固定孔95中以及輸入口 92與電源輸出端50A連接，將電 源輸入端70接通電源，啟動電源按鈕13，便可對電子裝 置90進行充電4按廢調節按紐14以控制馬達32動作，馬 達32驅動其中1輪_動，透過兩齒輪34之間的喷合 以驅動旋轉部20轉動，從而帶動旋轉部20及電子裝置9〇 一起轉動，以調節電子裝置90的充電角度。 [0038] 請參閱圖6，對於尺寸稍大的電子裝置9〇 不能插入充電座100之凹槽25中進行充電 100111740 表單編號A0101 即電子裝置90 ，然而，可以借 第13頁/共29頁 1002019645-0 201242208 助支撐座60對電子裝置9〇進行充電。 剛f二種實施方柄充電座丨_第—種實施方式的充電座 100的不同之處在於：第二種實施方式之充電座1〇〇增設 一支撐座60以放置電子裝置9〇。 _]請參閱圖7 ’支樓座6〇固定安裝於旋轉部2〇之凹槽25中並 與旋轉部2G-起轉_，包括放置部62、吸盤64及把手66 。放置部62用於玫置電子裝置90並包括底座620及沿底座 620一側延伸的倚靠板624。底座620於遠離倚靠板624的 -側&設有-對固定柱622，旋轉部2(}之凹槽25的底部 251設有一對定位孔253 (如圖5所示），該固定柱622與 6玄疋位孔253配合以及底座62〇收容於凹槽25中以使放置 部62穩@1地與旋轉部2Q配合，從而使支樓座⑽可與旋轉 部20-起發生轉動。在本實施方式中，底座62〇與倚靠板 624由一體成型而製成。 [0041] 底座620與倚靠板624大致構成一L形，以放置電子裝置 90。倚靠板624之中心處設有導引孔625及卡合凸起626 ，卡合凸起626與底座620分別位於倚靠板624的相對兩 側’導引孔625為穿過倚靠板624及部分穿入卡合凸起 626之盲孔以與吸盤64配合。具體而言，將電子裝置放 置於底座620上且抵靠於倚靠板624上，吸盤64吸附於倚 靠板624之導引孔625中以提供吸附力，透過吸盤64的吸 附作用將電子裝置90牢固地抵靠於倚靠板624上。 [0042] 吸盤64可移動地安裝於放置部62上，包括盤面64〇、卡合 凸柱643及套設於卡合凸柱643上的彈簧646。卡合凸柱 100111740 表單編號A0101 第14頁/共29頁 1002019645-0 201242208 Ο 643凸設於盤面δ4〇以活動連接於把手66，彈簧“^一端 固定安裝於盤面640，另-端抵持於把手66，這樣，彈菁 646彈性連接於盤面64〇與把手66之間以為盤面提供 彈力。將卡合凸柱643及彈簧646 —併插入導引孔625中 ，以使盤面640安裝於倚靠板624上，卡合凸起626設有 貫通導引孔625的切槽627，藉由銷釘穿過把手66及切槽 627以使把手66活動連接於卡合凸柱643，把手66可沿切 槽627移動。推動把手66以壓縮彈簧646以使吸盤64吸附 於電子裝置90之背面，然而，當從支撐座6〇上取下電子 裝置90時’拉動把手66以使把手66沿遠離倚靠板624的 一側移動’吸盤64的吸附力與彈簧646的彈力相互抵消以 使吸盤64脫離電子裝置9〇。 [0043] [0044] 在本實施方式中，考慮到電子裝置9〇的尺寸大小，於殼 體11之第一侧壁11〇設有複數收容口 11〇8，電源輸出端 50Β穿過收容口 11〇8嵌合於座體1〇内並電性連接於第二 電路板44 ’如圖3及圖4所示。使用時，透過電源線或者 資料線外接充電座1〇〇之電源輸出端50Β及電子裝置90之 輸入口 92之間，以對電子裝置90進行充電。在本實施方 式中’電源輸出端50Β為連接器。 使用時’將電子裝置90放置於底座620上，推動把手66使 吸盤64之盤面640的吸附電子裝置90以將電子裝置穩固地 抵靠於倚靠板624上，將電源線（未圖示）的兩端分別連 接電源輸出端50Β及電子裝置90之輸入口 92以電性連接充 電座100與電子裝置90。與第一種實施方式類似，當電源 輸入端70接通電源並啟動電源按鈕13，便可對電子裝置 100111740 表單編號Α0101 第15頁/共29頁 1002019645-0 201242208 90進行充電，按壓調節按鈕14以控制馬達32動作，馬達 32驅動其中一齒輪34轉動，透過兩齒輪34之間的嚙合以 驅動旋轉部20轉動，從而帶動旋轉部20轉動，由於支撐 座60固定安裝於旋轉部20，隨著旋轉部20的轉動，支撐 座60也隨之轉動，從而帶動放置於支撐座60上的電子裝 置90轉動，即調節電子裝置90的充電角度。 [0045] 本實施方式的支撐座60可適用於不同款型的掌上型電子 裝置90，而且，可以依據使用者喜好調節電子裝置90的 充電角度。 [0046] 第二種實施方式的充電座100的其他結構與功能分別與第 一種實施方式的充電座10 0的結構和功能相似，並能達到 相似的功效。 [0047] 綜上所述，本發明符合發明專利要件，爰依法提出專利 申請。惟，以上所述者僅為本發明之較佳實施例，舉凡 熟悉本案技藝之人士，在爰依本案發明精神所作之等效 修飾或變化，皆應包含於以下之申請專利範圍内。 【圖式簡單說明】 [0048] 圖1為本發明之第一種實施方式的充電座之充電使用狀態 圖。 [0049] 圖2為本發明之充電座的内部結構圖。 [0050] 圖3為本發明之充電座的分解圖。 [0051] 圖4為本發明之充電座之殼體的結構圖。 [0052] 圖5為本發明之充電座之旋轉部的結構圖。 100111740 表單編號A0101 第16頁/共29頁 1002019645-0 201242208 [0053] 圖6為本發明之第二種實施方式的充電座之充電使用狀態 圖。 [0054] 圖7為本發明之充電座之支撐座的結構圖。 【主要元件符號說明】 [0055] 充電座：100 [0056] 座體：1 0 [0057] 殼體：11 0 [0058] 第一侧壁：110 [0059] 貫穿孔：1104 [0060] 收容口 ： 1108 [0061] 面板：111 [0062] 第一表面：1110 [0063] 第二表面：1112 〇 [0064] 第一收容孔：1113 [0065] 第二收容孔：1114 [0066] 凸柱：1115 [0067] 第一安裝孔：1116 [0068] 收容空間：112 [0069] 第二側壁：114 [0070] 卡配槽：1145 100111740 表單編號A0101 第17頁/共29頁 1002019645-0 201242208 [0071] 第三侧壁：115 [0072] 收容槽：116 [0073] 安裝部：117 [0074] 加強壁：1172 [0075] 底蓋：12 [0076] 第二安裝孔：124 [0077] 第一螺絲：128 i:. [0078] 電源按鈕：13 [0079] 調節按叙：14 [0080] 旋轉部：20 [0081] 側部：22 [0082] 收容腔：23 [0083] 旋轉體：24 [0084] 凹槽：25 [0085] 底部：251 [0086] 定位孔：2 53 [0087] 定位柱：259 [0088] 第一轉轴：26 [0089] 調節部：30 100111740 表單編號A0101 第18頁/共29頁 1002019645-0 201242208 θUp to 32 turns. A gear hole 342 is disposed at a center of each of the gears 34, and the gear holes 342 of the two gears 34 are respectively sleeved on the first rotating shaft 26 of the rotating portion 20 and the second rotating shaft 322 of the motor 32, so that the pair of gears 34 are mutually agitated. The combination is rotatably coupled to the rotating portion 20 and the motor 32. In use, the motor 32 drives the gears 34 to rotate 'and through the spray between the two gears 34 to drive the rotating portion 20 to rotate, thereby driving the electronic device 90 to rotate to adjust the charging of the electronic device 90. angle. The circuit board 40 is fixedly mounted in the receiving space 112 of the housing 11, and includes a first circuit board 42, a second circuit board 44, and a third circuit board 48. The first circuit board 42 is provided with a plurality of third mounting holes 420. The second screws 424 pass through the third mounting holes 420 and are locked to the first mounting holes 1116 to fix the first circuit board 42. 100111740 Form No. A0101 Page 11 / A total of 29 pages 1002019645-0 201242208 are mounted in the region between the first side wall 110 and the third side wall ΐ5 of the housing η. The second circuit board 44 is provided with a plurality of third mounting holes 440. The third screws 445 pass through the third mounting holes 440 and are locked to the first mounting holes 1116 to fix the second circuit board 44 to the first of the housings 11 - A region between the side wall 11 〇 and the third side wall 115. The third circuit board 48 is fixedly mounted on the bottom portion 25 of the rotating portion 2q and is located on the side of the back pole to be electrically connected to the power output end. The power supply input terminal 70 is electrically connected to the second circuit (10) to supply power to the charging base (10). The motor 32 is connected to the second f-path (4) via a wire 36 to obtain a «4 heart__ portion 2 () rotation. The cable 46 is electrically connected between the circuit board 42 and the first circuit board 44. The power button 13 and the adjustment button 14 are electrically connected to the second circuit board 44, respectively, and the charging button 13 is turned on or off. The seat is adjusted to adjust the charging angle of the electronic device 90 through the down adjustment button. The third circuit board 48 is electrically connected to the first circuit board 42 and is coupled to the electronic terminal 90 through the docking of the power supply terminal 50A and the input port 92. [0035] The mounting of the charging stand 100 will be described in detail below. [0035] First, the rotating unit 20 is housed in the receiving groove 116 of the base 1 and the first rotating shaft 26 is locked in the engaging groove 1145. The opening direction of the housing amine is the same as the opening direction of the housing space 112 and the rotating body (4) is the second surface of the housing 11! 112. The motor cymbal is fixedly mounted on the mounting portion 117 of the housing 11 through the fixing base %, so that the second rotating milk is sleeved on the first rotating shaft 26 toward the engaging groove 1145', and the other gear is 34 sets are disposed on the second rotating shaft 322 to spray the two gears 34. The third circuit board 48 is fixedly cracked at the bottom of the rotating portion 20. The back side of the rotating column 20 is separated from the positioning post 100111740. The form 'Secret 1 1st heart 29 pages hanging _ 〇 201242208 259 - side ' is electrically connected to the power output 5 ( )a. The electric wire 36 electrically connected to the motor is electrically connected to the second circuit, and the power input terminal 7 is electrically connected to the second circuit (10) through the power supply line through the through hole 11〇4, and is worn by the third screw 445. The third mounting hole 440 is inserted into the first mounting hole 1116 to fix the second circuit board 44 in the receiving space 112 of the housing 11 . Then, the electrical connection is made to the first circuit board 42 and the adjustment button is inserted into the second receiving hole 1114 to be electrically connected to the first circuit board 42. The second thread 424 passes through the third anchor hole and is locked to the first mounting hole 1116 to fix the first circuit board 42 in the receiving space 112 of the housing 11 and is electrically connected by the cable 46. A circuit board 42 and a second circuit board 44 are electrically connected to the third circuit board 48 and the first circuit board 42 by wires. The bottom cover 12 is disposed at the opening of the receiving space 112, and is fixed to the housing 11 by the first screw 128 passing through the first female hole 124 and being locked to the first mounting hole 1116. Up, thereby completing the installation of the charging stand 100. [0036] The following is a detailed description of the (four) process feed of the charging stand 1GG. When the 〇 is in use, the electronic device 9 is inserted into the recess 25 to receive the positioning post 259 in the fixing hole 95 and the input port 92 is connected to the power output terminal 50A, and the power input terminal 70 is powered on, and the power button 13 is activated. The electronic device 90 can be charged. 4 The waste adjustment button 14 is pressed to control the operation of the motor 32. The motor 32 drives one of the wheels to move, and the spray between the two gears 34 drives the rotating portion 20 to rotate. The portion 20 and the electronic device 9 are rotated together to adjust the charging angle of the electronic device 90. [0038] Referring to FIG. 6, the electronic device 9 that is slightly larger in size cannot be inserted into the recess 25 of the charging stand 100 for charging 100111740. The form number A0101 is the electronic device 90. However, the 13th page can be borrowed from page 13/29 pages 1002019645. -0 201242208 The support base 60 charges the electronic device 9A. The charging stand 100 of the first embodiment is different in that the charging stand 100 of the second embodiment is provided with a support base 60 for placing the electronic device 9A. _] Referring to Fig. 7, the pedestal 6' is fixedly mounted in the recess 25 of the rotating portion 2''''''''''''''' The placement portion 62 is used to mount the electronic device 90 and includes a base 620 and a reclining plate 624 extending along one side of the base 620. The base 620 is provided with a pair of fixing posts 622 at a side away from the leaning plate 624. The bottom portion 251 of the groove 25 of the rotating portion 2 is provided with a pair of positioning holes 253 (shown in FIG. 5). The fixing post 622 Cooperating with the 6-squatting hole 253 and the base 62〇 are received in the recess 25 to match the positioning portion 62 to the rotating portion 2Q, so that the branch base (10) can rotate with the rotating portion 20. In the present embodiment, the base 62〇 and the leaning plate 624 are integrally formed. [0041] The base 620 and the leaning plate 624 generally form an L shape for placing the electronic device 90. The guiding plate is provided at the center of the plate 624. The hole 625 and the engaging protrusion 626, the engaging protrusion 626 and the base 620 are respectively located on opposite sides of the leaning plate 624. The guiding hole 625 is a blind hole passing through the leaning plate 624 and partially penetrating the engaging protrusion 626. In conjunction with the suction cup 64, specifically, the electronic device is placed on the base 620 and abuts against the leaning plate 624, and the suction cup 64 is attracted to the guiding hole 625 of the leaning plate 624 to provide an adsorption force, and the adsorption function through the suction cup 64. The electronic device 90 is firmly abutted against the leaning plate 624. [0042] The suction cup 64 is movably mounted on the The portion 62 includes a disk surface 64〇, an engaging protrusion 643 and a spring 646 that is sleeved on the engaging protrusion 643. The engaging protrusion 100111740 Form No. A0101 Page 14/29 Page 1002019645-0 201242208 Ο 643 convex The disk surface δ4〇 is movably connected to the handle 66, and the spring “^ is fixedly mounted on the disk surface 640, and the other end is abutted on the handle 66. Thus, the elastic 646 is elastically connected between the disk surface 64〇 and the handle 66 to provide the disk surface. The engaging protrusion 643 and the spring 646 are inserted into the guiding hole 625 so that the disk surface 640 is mounted on the leaning plate 624, and the engaging protrusion 626 is provided with a slit 627 penetrating the guiding hole 625 by The pin passes through the handle 66 and the slot 627 to movably connect the handle 66 to the latching post 643. The handle 66 is movable along the slot 627. The handle 66 is pushed to compress the spring 646 to attract the chuck 64 to the back of the electronic device 90. However, when the electronic device 90 is removed from the support base 6', the handle 66 is pulled to move the handle 66 away from the side of the leaning plate 624. The suction force of the suction cup 64 and the spring force of the spring 646 cancel each other to disengage the suction cup 64. Electronic device 9〇 [0044] [0044] In the present embodiment In the formula, considering the size of the electronic device 9〇, a plurality of receiving ports 11〇8 are disposed on the first side wall 11 of the casing 11, and the power output end 50Β is fitted to the seat body through the receiving port 11〇8. The inner circuit is electrically connected to the second circuit board 44' as shown in FIG. 3 and FIG. 4. In use, the power output terminal 50 of the charging stand 1 and the input port 92 of the electronic device 90 are externally connected through the power line or the data line. In between, the electronic device 90 is charged. In the present embodiment, the 'power output terminal 50' is a connector. When in use, the electronic device 90 is placed on the base 620, and the handle 66 is pushed to cause the electronic device 90 of the disk surface 640 of the suction cup 64 to firmly abut the electronic device against the leaning plate 624 to connect the power cable (not shown). The two ends are respectively connected to the power output 50 Β and the input 92 of the electronic device 90 to electrically connect the charging stand 100 and the electronic device 90 . Similar to the first embodiment, when the power input terminal 70 is powered on and the power button 13 is activated, the electronic device 100111740 form number Α0101 page 15 / page 29 1002019645-0 201242208 90 can be charged, and the adjustment button 14 is pressed. In order to control the operation of the motor 32, the motor 32 drives one of the gears 34 to rotate, and transmits the rotation between the two gears 34 to drive the rotating portion 20 to rotate, thereby driving the rotating portion 20 to rotate, since the supporting base 60 is fixedly mounted to the rotating portion 20, When the rotating portion 20 rotates, the support base 60 also rotates, thereby driving the electronic device 90 placed on the support base 60 to rotate, that is, adjusting the charging angle of the electronic device 90. [0045] The support base 60 of the present embodiment can be applied to different types of palm-type electronic devices 90, and the charging angle of the electronic device 90 can be adjusted according to user preferences. [0046] The other structure and function of the charging stand 100 of the second embodiment are similar to those of the charging stand 100 of the first embodiment, and can achieve similar effects. [0047] In summary, the present invention complies with the requirements of the invention patent, and submits a patent application according to law. The above description is only the preferred embodiment of the present invention, and equivalent modifications or variations made by those skilled in the art will be included in the following claims. BRIEF DESCRIPTION OF THE DRAWINGS [0048] FIG. 1 is a view showing a state of charge use of a charging stand according to a first embodiment of the present invention. 2 is an internal structural view of a charging stand of the present invention. 3 is an exploded view of the charging stand of the present invention. 4 is a structural view of a housing of a charging stand of the present invention. 5 is a structural view of a rotating portion of a charging stand of the present invention. 100111740 Form No. A0101 Page 16 of 29 1002019645-0 201242208 [0053] FIG. 6 is a diagram showing a charging use state of a charging stand according to a second embodiment of the present invention. 7 is a structural view of a support base of a charging stand of the present invention. [Main component symbol description] [0055] Charging base: 100 [0056] Seat: 1 0 [0057] Housing: 11 0 [0058] First side wall: 110 [0059] Through hole: 1104 [0060] Housing : 1108 [0061] Panel: 111 [0062] First surface: 1110 [0063] Second surface: 1112 〇 [0064] First receiving hole: 1113 [0065] Second receiving hole: 1114 [0066] Stud: 1115 [0067] First mounting hole: 1116 [0068] accommodating space: 112 [0069] Second side wall: 114 [0070] Card matching slot: 1145 100111740 Form number A0101 Page 17 / 29 pages 1002019645-0 201242208 [0071] Third side wall: 115 [0072] Storage groove: 116 [0073] Mounting portion: 117 [0074] Reinforcement wall: 1172 [0075] Bottom cover: 12 [0076] Second mounting hole: 124 [0077] First screw: 128 i:. [0078] Power button: 13 [0079] Adjustment by reference: 14 [0080] Rotating section: 20 [0081] Side: 22 [0082] Containment cavity: 23 [0083] Rotating body: 24 [0084] Groove: 25 [0085] Bottom: 251 [0086] Positioning hole: 2 53 [0087] Positioning post: 259 [0088] First reel: 26 [0089] Adjustment: 30 100111740 Form A0101 Page number 18 / of 29 1002019645-0 201242208 θ
G 100111740 [0090] 馬達：32 [0091] 第二轉軸：322 [0092] 固定座：324 [0093] 齒輪：34 [0094] 齒輪孔：342 [0095] 電線：36 [0096] 電路板：40 [0097] 第一電路板： 42 [0098] 第三安裝孔： 420 [0099] 第二螺絲：424 [0100] 第二電路板： 44 [0101] 第三安裝孔： 440 [0102] 第三螺絲：445 [0103] 排線：46 [0104] 第三電路板： 48 [0105] 電源輸出端： 50A 、 50B [0106] 支撐座：60 [0107] 放置部：62 [0108] 底座：620 3 表單編號A0101 第19頁 1002019645-0 201242208 [0109] 固定柱：6 2 2 [0110] 倚靠板：624 [0111] 導引孔：625 [0112] 卡合凸起：6 2 6 [0113] 切槽：627 [0114] 吸盤：64 [0115] 盤面：640 [0116] 卡合凸柱：6 4 3 [0117] 彈簧：646 [0118] 把手：66 [0119] 電源輸入端：70 [0120] 電子裝置：90 [0121] 輸入口 ： 92 [0122] 固定孔：9 5 100111740 表單編號A0101 第20頁/共29頁 1002019645-0G 100111740 [0090] Motor: 32 [0091] Second shaft: 322 [0092] Mounting: 324 [0093] Gear: 34 [0094] Gear hole: 342 [0095] Wire: 36 [0096] Board: 40 [ 0097] First board: 42 [0098] Third mounting hole: 420 [0099] Second screw: 424 [0100] Second board: 44 [0101] Third mounting hole: 440 [0102] Third screw: 445 [0103] Cable: 46 [0104] Third board: 48 [0105] Power output: 50A, 50B [0106] Support: 60 [0107] Placement: 62 [0108] Base: 620 3 Form number A0101 Page 19 1002019645-0 201242208 [0109] Fixing post: 6 2 2 [0110] Relief plate: 624 [0111] Guide hole: 625 [0112] Clamping projection: 6 2 6 [0113] Grooving: 627 [0114] Suction cup: 64 [0115] Disk surface: 640 [0116] Retracting post: 6 4 3 [0117] Spring: 646 [0118] Handle: 66 [0119] Power input: 70 [0120] Electronic device: 90 [0121] Input port: 92 [0122] Fixing hole: 9 5 100111740 Form number A0101 Page 20 of 29 1002019645-0